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koiuuuuuuuuuuu
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Moved from a technical forum, so homework template missing.
My thinking you how to add the frequencies and put 4 over it. Explain to me if I'm wrong.
Thanks in advance
How many shoes were sold in total (the "frequency" thing seems weird to me for some reason) and how many were sold of size 4?koiuuuuuuuuuuu said:My thinking you how to add the frequencies and put 4 over it. Explain to me if I'm wrong.
https://www.statisticshowto.datasci...ke-a-frequency-chart-and-determine-frequency/phinds said:(the "frequency" thing seems weird to me for some reason)
Count again. There are no repeated frequencies.koiuuuuuuuuuuu said:I 'am stuck at , what fraction of the shoes were size 4 I know the frequency is missing. The frequencies are 8,9,9,3,1.
Why would you use 4?koiuuuuuuuuuuu said:My thinking you how to add the frequencies and put 4 over it. Explain to me if I'm wrong.
Check the third frequency, does not seem to agree with the tally.koiuuuuuuuuuuu said:View attachment 242453 I 'am stuck at , what fraction of the shoes were size 4 I know the frequency is missing. The frequencies are 8,9,9,3,1.
My thinking you how to add the frequencies and put 4 over it. Explain to me if I'm wrong.
Thanks in advance
The purpose of calculating shoe size frequencies is to understand the distribution of shoe sizes within a population. This can help with inventory management, product development, and customer satisfaction.
To calculate shoe size frequencies, you need to collect data on the shoe sizes of a sample population. Then, you can use this data to create a frequency table or graph, which shows the number of individuals with each shoe size.
Missing data refers to any shoe size information that is not available or not collected in the sample population. This could be due to incomplete surveys, data entry errors, or individuals not providing their shoe size.
There are a few methods for solving missing data when calculating shoe size frequencies. One approach is to estimate the missing data based on the available data and the overall distribution of shoe sizes. Another method is to exclude the missing data from the analysis, but this may lead to biased results.
One limitation is that the sample population may not be representative of the entire population, which can lead to inaccurate frequency calculations. Additionally, the accuracy of the data relies on individuals providing their correct shoe size, which may not always be the case. Finally, calculating frequencies does not take into account other factors such as foot shape or width, which can also impact shoe size selection.